What is the relationship between FIFO and clock page replacement algorithm?
Q: Science of Computers: Why is it that a bus is frequently a communication bottleneck?
A: Introduction: In a computer system, a bus is a shared yet common datapath that connects numerous…
Q: What is the difference between an asynchronous and synchronous bus?
A: Given: What is the distinction between an asynchronous and a synchronous bus?
Q: What is "bus contention" and what must be done to prevent it from occurring? Explain with example.
A: What is bus contention in computer design? A computer’s bus or buses can have various devices…
Q: In a paged memory, the page hit ratio is 0.40. The time required to access a page in secondary…
A: The answer is
Q: Why is it that a bus is frequently a communication bottleneck?
A: To be determine: Why is it that a bus is frequently a communication bottleneck?
Q: Discuss and explain the fetch-decode-execute cycle. What happens in each phase? Explain
A: Given: A program residing in the memory unit of the computer consists of a sequence of…
Q: What are the advantages and disadvantages of using a serial bus instead of a parallel bus to move…
A: Advantages of using serial bus instead of a parallel bus : In serial bus, a single communication…
Q: The Unix SVR4 Two-Handed Clock Page Replacement algorithm should be explained and shown.
A: A finger is pointing to the earliest page. When a page fault occurs, the page to which the hand is…
Q: riefly why Direct Memory Address (DMA) is the most efficient in converting ultiple ADC channels at…
A: Contrast from Programmed I/O and Interrupt-Driven I/O, Direct Memory Access is a strategy for moving…
Q: Logical Address=33bit and Physical Address=24bit Page Size =2KB. System is byte addressable. Find…
A: In this question, the logical address, the physical address, and the page size is given. It is also…
Q: What's the difference between OTP and Masked ROM?
A: Introduction: OTP is a form of EPROM that is packaged in plastic. The cheapest software in ROM, but…
Q: By immediate Addressing Mode. .4 MOV CX, 12AD1H ADD AX, 11AFH MOV AL, 112FFH true O false
A: In immediate addressing mode the requirement is that the operand should be a part of the instruction…
Q: When comparing EPROM, EEPROM, and Flash Memory, how are they different? Why do parity bits exist and…
A: GIVEN: When comparing EPROM, EEPROM, and Flash Memory, how are they different? Why do parity bits…
Q: When comparing 7CH and 7CH, what is the difference between 7CH and 7CH? Where exactly in the…
A: Given: What is the difference between 7CH bit address and 7CH byte address? What memory location…
Q: What is the fetch-decode-execute cycle and how does it work?
A: Introduction: fetch-decode-execute cycle: The program counter keeps track of each instruction's…
Q: scuss the importance of MAR and MDR in relation to interrupts.
A: MAR and MDR Two separate registers exist. The MAR keeps track of the address, while the MDR takes…
Q: What is the difference between synchronous buses and nonsynchronous buses?
A: Difference between synchronous and asynchronous bus In synchronous bus, the time for data transfer…
Q: d) What are the primary functions of the control unit in the MIPS architecture?
A: MIPS architecture is the load/store reduced instruction set computer (RISC) instruction set…
Q: questions. One bus cycle 57 St S4 S7 CLK ADi-Aaa AS LDS UDS BAW DTACK from memory Chata memony…
A: Timing diagram of read cycle is given and after observing the diagram answers are given below
Q: In what ways are EPROM, EEPROM, and Flash Memory distinct from one another? What is a parity bit,…
A: EPROM (Erasable Programmable Read Only Memory) is likewise the sort of ROM is study and written…
Q: in detail explain each line of this code and how it works. #include Reg9S12.h…
A: The instructions a programmer writes when creating a program. Lines of code are the "source code" of…
Q: What are the drawbacks of using MIPS or FLOPS as a system throughput metric?
A: Introduction: It's a means of determining a computer's processor's raw speed. Because the MIPS…
Q: Give your view on Aside Historical popularity of DRAM technologies
A: DRAM stands for Dynamic Random Access Memory. These memory devices hold the content till the time…
Q: What Is "bus Error"?
A: What Is "bus Error"?
Q: What are the distinctions between Direct Memory Access (DMA) and Sequential Memory Access (SMA)?
A: Intro EXPLANATION: Direct memory access is basically the technique in which the hardware…
Q: What happens during T1, T2, T3 and T4 of a standard write bus cycle? Show a timing diagram.
A: Timing diagram is a graphical representation. It represents the execution time taken by each…
Q: How does direct memory access (DMA) work?
A: Working of direct memory access Direct memory access is used for transferring the block of data…
Q: Calculate the number of entries in page table for a virtual memory of MIPS with 20 KB page size.
A: The page table entry consists of various information about the page. The information consists in the…
Q: 5. For in-use inodes, each address in use is also marked in use in the bitmap. If not, print ERROR:…
A: The above question is solved in step 2:-
Q: What are the advantages and disadvantages of using a serial bus versus a parallel bus to transfer…
A: Your answer is given below. Introduction :- A bus is a system that allows data to be transferred…
Q: Explain Unix SVR4 Two-Handed Clock Page Replacement algorithm and draw the chart
A: Answer to the above question is in step2.
Q: A measure of system throughput that relies only on MIPS or FLOPS has what?
A: MIPS and FLOPS are measures for calculating processor speed. MIPS=millions of instructions per…
Q: H/W Consider the sequence of events that occur during a memory write bus cycle.
A: Consider the sequence of events that occur during a memory write bus cycle.
Q: What is the shortcoming of using MIPS or FLOPS as a measure of system throughput?
A: Using MIPs and FLOPs FLOPs measures only the floating point operations and not integers. MIPs…
Q: What are the disadvantages of the bus topology?
A: GIVEN: What are the disadvantages of the bus topology?
Q: Q4/Draw read bus cycle and write bus cycle?
A: We need to draw : Read Bus Cycle Write Bus Cycle
Q: А. РС -> РC +1 B. BRP in IR C. Load MAR with New Address D. New Address in PC E. BRZ in IR
A: LMC: LDA ten //store #10 in accumlator STA k…
Q: For a system that uses 4-KB page size, calculate the page number and offset for the "96312" address…
A: Given page size = 4KB = 4000 Bytes Address reference = 96312
Q: What Is rotational latency?
A: Given: Rotational latency To explain: To explain about rotational latency and its uses
Q: Calculate the number of entries in page table for a virtual memory of MIPS with 10 KB page size.
A: Solution Plan There are two types of MIPS architecture 32 bits and 64 bits. Calculate the number…
Q: Explain and illustrate the Unix SVR4 Two-Handed Clock Page Replacement algorithm.
A: A finger is pointing to the earliest page. When a page fault occurs, the page to which the hand is…
Q: Why is a bus often a communications bottleneck?
A: Bus: Bus is a collection of wires which is connected to one or more subsystems within a same system.…
Q: Is EIGRP capable of supporting secondary addresses?
A: Introduction: It is used on a computer network to automate routing choices and configuration.…
Q: For the following figure, answer the questions below: 1. What is the size of address bus? 2. What is…
A: Here we have given the answers for the mentioned questions. You can find the solution in step 2.
Q: How do we deal with the time delay that occurs between clock cycles?
A: Clock cycle is also known as a clock symbol.
Q: What are the advantages and disadvantages of using a serial bus rather than a parallel bus to…
A: In a PC, a bus is a correspondence framework that moves information between parts inside a PC, or…
Q: When discussing data transmission, one of the most important questions to ask is how the width or…
A: According to the information given:- We have to define the data transmission and the width or length…
Q: Is a big or a small TLB (translation look aside buffer) preferable for a new computer system? For…
A: TLB: A memory cache that is used to minimize the time it takes to reach a user memory location. It…
Q: Discuss the roles of MAR and MDR in relation to interrupt
A:
Trending now
This is a popular solution!
Step by step
Solved in 3 steps with 1 images
- Is a big or a small TLB (translation look aside buffer) preferable for a new computer system? For example, what are the advantages and disadvantages of a big / high capacity TLB?Discuss the various synchronization mechanisms used in multithreading and provide examples of when to use each.Analyze the trade-offs involved in choosing between ECC (Error-Correcting Code) and non-ECC memory for server systems.